1.9M microplastics found in 1 sq m of seafloor, highest ever: Study

A study published in Science journal said it found highest levels of microplastic ever recorded on seafloor, with up to 1.9 million pieces in a layer covering just 1 square meter. Researchers said they were "shocked" by the volume of microplastics found in deep seafloor. Deep-sea currents were responsible for transporting tiny plastic fragments and fibres across seafloor, study showed.

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New species of 'orange and black' bat discovered in West Africa

A new species of orange and black bat from the Nimba Mountains in West Africa has been discovered by scientists from the American Museum of Natural History and Bat Conservation International. The species has been named Myotis nimbaensis in recognition of the Guinea mountain range it inhabits. "It has this bright-orange fur.it was so distinct," said scientist Winifred Frick. Continue...

Frontier of Dreams: Revolutionizing Healthcare: AI and the Future of Patient Care

Frontier of Dreams: Revolutionizing Healthcare: AI and the Future of Patient Care Chapter 1: The Pulse of Progress – Why AI Matters in Healthcare Introduction: A New Era Dawns Healthcare is standing at the threshold of a revolutionary transformation. Artificial intelligence (AI) is not merely a technological upgrade; it is a paradigm shift that redefines how we approach diagnosis, treatment, and patient engagement. This chapter lays the foundation for understanding AI's relevance, power, and promise in today’s healthcare landscape. Main Points 1. The Data-Driven Shift: The digital revolution has flooded healthcare with vast amounts of data. AI transforms this raw information into actionable intelligence, helping clinicians make faster and more accurate decisions. 2. Limitations of Traditional Models: Human limitations such as fatigue, oversight, and processing constraints hinder healthcare delivery. AI's computational power overcomes these boundaries, offering consistent pe...

NASA develops COVID-19 prototype ventilator in 37 days

NASA has developed VITAL (Ventilator Intervention Technology Accessible Locally), a high-pressure ventilator in 37 days to treat COVID-19 patients. The device is composed of far fewer parts, many of which are available to potential manufacturers, NASA said. "Its flexible design means it can be modified for use in hospitals being set up in hotels and other high- capacity facilities," NASA added.

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